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* |
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* Include after standard.h, object.h and octree.h |
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*/ |
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#ifndef _RAD_MESH_H_ |
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#define _RAD_MESH_H_ |
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|
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#include "copyright.h" |
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|
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#include "lookup.h" |
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|
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< |
#ifndef uint4 |
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< |
#define uint4 unsigned int4 |
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> |
#ifdef __cplusplus |
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> |
extern "C" { |
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#endif |
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|
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#ifndef BYTE |
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#define BYTE unsigned char |
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#endif |
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|
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/* A triangle mesh patch */ |
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typedef struct { |
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< |
uint4 (*xyz)[3]; /* up to 256 patch vertices */ |
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int4 *norm; /* vertex normals */ |
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uint4 (*uv)[2]; /* vertex local coordinates */ |
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> |
uint32 (*xyz)[3]; /* up to 256 patch vertices */ |
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> |
int32 *norm; /* vertex normals */ |
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uint32 (*uv)[2]; /* vertex local coordinates */ |
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struct PTri { |
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BYTE v1, v2, v3; /* local vertices */ |
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} *tri; /* local triangles */ |
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short solemat; /* sole material */ |
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int2 *trimat; /* or local material indices */ |
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> |
int16 *trimat; /* or local material indices */ |
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struct PJoin1 { |
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< |
int4 v1j; /* non-local vertex */ |
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int2 mat; /* material index */ |
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> |
int32 v1j; /* non-local vertex */ |
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> |
int16 mat; /* material index */ |
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BYTE v2, v3; /* local vertices */ |
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} *j1tri; /* joiner triangles */ |
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struct PJoin2 { |
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< |
int4 v1j, v2j; /* non-local vertices */ |
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< |
int2 mat; /* material index */ |
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> |
int32 v1j, v2j; /* non-local vertices */ |
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> |
int16 mat; /* material index */ |
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BYTE v3; /* local vertex */ |
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} *j2tri; /* double joiner triangles */ |
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short nverts; /* vertex count */ |
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< |
short ntris; /* triangle count */ |
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> |
short ntris; /* local triangle count */ |
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short nj1tris; /* joiner triangle count */ |
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short nj2tris; /* double joiner triangle count */ |
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} MESHPATCH; |
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int nref; /* reference count */ |
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int ldflags; /* what we've loaded */ |
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CUBE mcube; /* bounds and octree */ |
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< |
FLOAT uvlim[2][2]; /* local coordinate extrema */ |
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> |
RREAL uvlim[2][2]; /* local coordinate extrema */ |
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OBJECT mat0; /* base material index */ |
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OBJECT nmats; /* number of materials */ |
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MESHPATCH *patch; /* mesh patch list */ |
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int fl; /* setting flags */ |
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FVECT v; /* vertex location */ |
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FVECT n; /* vertex normal */ |
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< |
FLOAT uv[2]; /* local coordinates */ |
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> |
RREAL uv[2]; /* local coordinates */ |
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} MESHVERT; |
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|
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/* mesh format identifier */ |
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/* magic number for mesh files */ |
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#define MESHMAGIC ( 1 *MAXOBJSIZ+311) /* increment first value */ |
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|
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– |
#ifdef NOPROTO |
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|
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– |
extern MESH *getmesh(); |
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– |
extern INSTANCE *getmeshinst(); |
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– |
extern int getmeshtrivid(); |
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– |
extern int getmeshvert(); |
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– |
extern int getmeshtri(); |
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– |
extern OBJREC *getmeshpseudo(); |
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– |
extern int4 addmeshvert(); |
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– |
extern OBJECT addmeshtri(); |
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– |
extern char *checkmesh(); |
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– |
extern void printmeshstats(); |
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– |
extern void freemesh(); |
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– |
extern void freemeshinst(); |
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– |
extern void readmesh(); |
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– |
extern void writemesh(); |
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– |
|
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– |
#else |
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– |
|
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|
extern MESH *getmesh(char *mname, int flags); |
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extern MESHINST *getmeshinst(OBJREC *o, int flags); |
| 119 |
< |
extern int getmeshtrivid(int4 tvid[3], OBJECT *mo, |
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> |
extern int getmeshtrivid(int32 tvid[3], OBJECT *mo, |
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|
MESH *mp, OBJECT ti); |
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< |
extern int getmeshvert(MESHVERT *vp, MESH *mp, int4 vid, int what); |
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> |
extern int getmeshvert(MESHVERT *vp, MESH *mp, int32 vid, int what); |
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extern int getmeshtri(MESHVERT tv[3], OBJECT *mo, |
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MESH *mp, OBJECT ti, int what); |
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extern OBJREC *getmeshpseudo(MESH *mp, OBJECT mo); |
| 125 |
< |
extern int4 addmeshvert(MESH *mp, MESHVERT *vp); |
| 125 |
> |
extern int32 addmeshvert(MESH *mp, MESHVERT *vp); |
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extern OBJECT addmeshtri(MESH *mp, MESHVERT tv[3], OBJECT mo); |
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extern char *checkmesh(MESH *mp); |
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extern void printmeshstats(MESH *ms, FILE *fp); |
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extern void readmesh(MESH *mp, char *path, int flags); |
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extern void writemesh(MESH *mp, FILE *fp); |
| 133 |
|
|
| 134 |
< |
#endif /* NOPROTO */ |
| 134 |
> |
|
| 135 |
> |
#ifdef __cplusplus |
| 136 |
> |
} |
| 137 |
> |
#endif |
| 138 |
> |
#endif /* _RAD_MESH_H_ */ |
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> |
|
